News

Danish innovator Copenhagen Atomics has secured a major financial endorsement from the European Innovation Council (EIC) to ...
Copenhagen Atomics is a Danish molten salt technology company developing mass manufacturable molten-salt reactors. The reactor type invented by Copenhagen Atomics is a thorium molten salt breeder ...
US-based multinational repository developer DeepGeo and Danish advanced reactor designer Copenhagen Atomics are to collaborate on better understanding both the radioactive materials and fuel needs of ...
Denmark's Copenhagen Atomics has signed a large-scale experimental collaboration agreement with Switzerland's Paul Scherrer Institute to conduct the first critical experiment on thorium molten salt ...
Copenhagen Atomics, meanwhile, is developing the “ Waste-Burner, ” a passively safe, thorium molten salt reactor heat source that generates power from a combination of nuclear waste and thorium.
Copenhagen Atomics has invented an innovative thorium molten salt nuclear reactor with the size of a 40 foot shipping container and the company aims to mass manufacture these thorium reactors on ...
As Copenhagen Atomics and China race toward commercialization, this once-forgotten element might just power the world’s future. Ready to learn how? Dive into the thorium revolution.
Copenhagen Atomics believes that thorium molten salt reactors could be used in the long term as breeder reactors, with a LCOE of 20 US dollars/MWh.
Denmark’s Copenhagen Atomics and the Swiss Paul Scherrer Institute have launched a partnership to conduct the first critical experiment on thorium molten salt nuclear reactors in Europe. PSI says the ...
Copenhagen Atomics has invented an innovative thorium molten salt nuclear reactor with the size of a 40 foot shipping container and the company aims to mass manufacture these thorium reactors on ...
Copenhagen Atomics has invented an innovative thorium molten salt nuclear reactor with the size of a 40 foot shipping container and the company aims to mass manufacture these thorium reactors on ...